Solderix provides a patent‑pending, solder‑free PCB system that lets users snap boards together with reusable plastic standoffs, enabling safe, low‑cost assembly of electronic‑mechanical prototypes. The modular kits support a range of Arduino‑compatible modules, motors, sensors and mechanical parts, making it suitable for educators, makerspaces and hobbyists of any skill level.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional STEM education tools for electronics and mechanical prototyping are often costly, require soldering skills, and pose safety risks, limiting access for beginners and hobbyists.
Solution
Solderix offers a patent‑pending PCB system that replaces conventional soldering with precision‑grooved boards and reusable standoffs, enabling safe, low‑cost assembly of electronic‑mechanical prototypes. Users select from pre‑configured kits or mix individual components, then snap the boards together in a few steps without heat or flux. The modular design supports a wide range of motors, sensors, and mechanical parts, allowing projects to evolve from concept to functional prototype quickly. All components are reusable, reducing material waste and ongoing expenses for schools, makerspaces, and individual creators.
Target Audience
Primary customers are educators, makerspaces, and hobbyist makers ranging from beginners to professional engineers who need an affordable, safe way to prototype electronic‑mechanical projects.
Features
- Patent‑pending groove layout that aligns components automatically for solder‑free assembly
- Reusable plastic standoffs that securely hold boards together and can be repositioned for redesigns
- Modular kit options covering basic electronics, motorized mechanisms, and sensor integrations
- Compatibility with standard Arduino‑compatible modules and off‑the‑shelf mechanical parts
- Low‑voltage, insulated design ensures safe handling for users of any age or skill level
- Scalable from single‑project kits to bulk bundles for classroom or workshop use